Can infrastructural development be both productive and public? Inhabiting Industry investigates how renewable energy infrastructure can be designed to function productively while generating public value. The project explores how the by-products of energy, such as surplus materials, space, and heat, can be reused in ways that bring value to both the industry and the communities the infrastructure is placed within. The project is set within Wicklow Port, a working harbour now designated as the onshore operations base for the Codling offshore wind farm. This scale of new industry risks cutting off existing uses in the port and distancing the town from its waterfront. The project asks how ports and energy hubs, which are usually closed off and highly secure, could instead be rethought not only as energy storage but as active, engaged parts of the community. Material research was central to the design. Sand dredged for the construction of the wind farm is reused in two main ways. It is cast into low-carbon concrete blocks with lime mortar, and it becomes the medium for thermal sand batteries, a system that can store renewable energy as heat for long periods of time. The port’s existing silos are adapted to house these batteries, giving them new life while retaining their symbolic role in the town. The design is organised around an industrial colonnade that frames a public square and links together the workshops, offices and a semi-covered fishing market. The colonnade acts as a threshold between public and private, but not a barrier. Heated benches and small hotspots powered by the sand batteries create places for people to meet and interact across the square, allowing people to interact directly with the renewable energy. The thesis proposes a new type of industrial architecture, one that is both productive and civic. Inhabiting Industry suggests that infrastructure can play an active role in public life while reusing resources and supporting long-term sustainable design.
Inhabiting Industy